Bioengineered Ligaments

Bioengineered ligaments are lab-created or lab-developed replacements for natural ligaments, which connect bones and stabilize joints. Using tissue engineering techniques, scientists combine cells, scaffolds, and growth factors to create ligaments that mimic the structure and function of real ones. These bioengineered ligaments aim to improve healing, reduce the risk of rejection, and restore joint stability more effectively than traditional grafts. They hold promise for treating ligament injuries, such as those in the knee or shoulder, by providing durable, biocompatible solutions that integrate with the body’s tissues.